Sentence examples for volume of shapes from inspiring English sources

S_n(r) = \frac{n\pi^{n/2}}{\Gamma(\frac{n}{2}+1)}r^{n-1} V_n(r) = \frac{\pi^{n/2}}{\Gamma(\frac{n}{2}+1)}r^n appears in definite integrals that describe circumference, area, or volume of shapes generated by circles.

The formulation is based on analytical solution of temperature distribution in a high conductivity link collecting the heat generated in a volume of arbitrary shape.

As we known, the area and volume of regular shape pores have the relationship as follows: A_{i},{ propto },V_{i}^{2/3} (5)Where A i and V i are the area and volume of each pore.

A two-level micromechanical theory is developed to study the influence of the shape and volume concentration of shape-memory alloy (SMA) inclusions on the overall stress strain behavior of a SMA-reinforced composite.

Or, if you want to work as a plumber, you will find yourself calculating the area, volume and capacity of shapes.

appears in formulae for areas and volumes of geometrical shapes based on circles, such as ellipses, spheres, cones, and tori.

The peak candidates are then sorted according to the estimated volume of the peak shapes, which has a much stronger distinguishable power than intensity-based sorting has.

To estimate the volume of the peak shape in this region, we assume that the region of the entire peak shape is at least larger than this small region with a window size of three.

The model that predicted the mass of saffron corm based on the estimated volume of an ellipsoid shape was found to be the most appropriate.

Hence, a simple procedure based on computed volume of assumed ellipsoidal shape was also proposed for estimating mass of citrus fruits.

Linear approximation of the measured segment volume Δ V is simply volume of the cylindrical shape: ΔV ( t ) ≈ A ( t ) × L (3). after substituting (3) into (1), we write: g ( t ) ′ = 1 R ( t ) = σ L 2 V ( t ).